Register.



No. 364,567. FATNTED AUG. 27,1907. s, J. SALTBR, D-BG'D. L. Ai SALTR, ADMNISTRATRX. REGISTER. A?RLIUATION FILED JAN. 2, lm.

5 SHEETS-SHBET l.

ATTORNEYS No. 864.567. PATENTE!) AUG. 27, 1907. s. J. SALTBR, Daim L. A. SALTER. ADMINISTEL TRIX.

REGISTER.

APPLICATON FILED JANJ?. 12107.

SSHET HEM l I i 110.864,56?. PATEMEB AUG. 21, 19o?. s; J. sA1JTBR, m;".v L'. Ax BALTEE, ADIQIHISTB'ATR-IX.

REGSTER, APPLICATION FILBD JAH. 2'. 1907. 5 SHEBT8 SHEBT 3' MTLNTBDLUG. 27, 1907.

S. J. SALTBR, DECD. L. A. SALTBR, ADMINISTRATRIX.

REGISTER.

APPLICATION FILED JAN.2;1907.

5 SHEETS-SHEET 4.

WIT/158858:

lll Jff 6 SHEETS-SHEET 5.

. 7 Z/ail q PATBNTLD AUG. 27, 19,07.

S. J. SALTBR, DEGD. L. A. SALTER, ADMINISTRATLIX. REGISTER. APPLICATION FILED JAN. 2. 1907.

-v-fNo. 864,567.

ATTORNEYS shaft or rod'C, so that when the latteris given a quarter'turn 'by the operator manipulatingthe' knob C.,

as previously stated, then another wing D3 is brought evidentthat the wings can 'be brought into proper position'relative to the flanges G" and G2 to insur'ean j accurate `re-ciprocati-ng of the. cross-head G foridifferent distances, according to which -of the -vvingsD3 -is `in engagement at the-timewith the cross-head G;

-The c'ross-head'G- ri is pivotally connected by links `H andi H (see Figs. 3' and 4) with arms H2 Aand H5 mounted to swing loosely Aon the unit shaft I extending transversely and journaled kin suitable bearings on the frame B.. The arms H2 and Ha carryspring-pressed pawls .H4

and H5, adapted to mesh with a ratchet wheel- H5 forv turning the same in the direction of the arrow a (see Fig. 3), return movement .of the ratchetwheel being I, andin order to turn the unitshaft I from the ratchet wheel H5, the latter 'is'. provided, at..

its hub H8, with a clutch member H9 adapted toengage a slot I2 in a clutch member or pinwheel I3 mounted to slide on and turning with the u'nit shaft I, and pressed on by a spring I4 to hold the clutch member Ia normally. in mesh with the clutch 'member H9. -On the shaft I is secured a radially extending pin I5 passing through the slot I2, so that on turning the clutch member I3, the unit shaft I is turned. Thus when the ratchet Wheel H5 is turned the unit shaft Iturns with it, as long as the clutch member H9 and the pin I5 engage the slot I2 inthe clutch member 13, The forward end of the unit shaft I is connected by a crank I .with the unit number wheel J, adapted to 4display one of its numbers at a time; through an opening K forming one of a series of openings K arranged in a dial K, held in. the front of the casing A.- The unit .number wheel J, the 10th number wheel J, the 100thV number wheel J2, the 1,000th number wheel J3 the 10,000th number lwheel J4 and the 100,000th number Wheel J5 are arranged one alongside the other, as plainly indicated, and display one of their numerals at a time through a corresponding opening K. The 10th number wheel J is driven from the shaft I of the unit number wheel J, and the Vnumberl wheel J 2 is driven from the number Wheel J and in a like manner the retain ing number wheels J 3, J 4 and J 5 are driven from the pr'eceding number whe'els, in a manner hereinafter more moved a distance to display'the next number throughA the vcorresponding opening K and when the 10th number wheel J completes a revolution, the 100th number wheel J2'is moved a distance to displayfthe followingnumber through the corresponding opening K, and the same operation is repeated for the several remaining number wheels J5, J- and J5, whenever the preceding number Wheel has completed a revolu- 'By reference to Fig. 3, it will be seen that the two arms H2 and H3 extend in opposite directions, so that the ratchetwheel H5 is actrratedon r'each forward and. 70 Jon each backward stroke of the cross-head G, so that 4 full forward stroke of the'cross-head G, and conse- 'quently the number wheels J', J, J2, .1 3, J4 and .l5-indicate revolutions'of'the engine, `pump or other machine '80 4instead offstr'okes, as previously'explained. l

In order to. throw the pawl H5 out of mesh with the ratchet" wheel H5, the following device is provided, special reference being hadto Fig. 3: The pawl H5 is extended somewhat beyond its fulcrum o n the [arm H5, and its extended end rests against Va plate L hing-ed at L on the frame B.4 The free end oithe'plate'L is connected/by a link L2 with an arm L3 secured on the `shaft L? journaled in suitable bearings A arranged on the' casing A, and on the outer end of this shaft L"\is secured'a'. knob L5, tol enable the operator to turn. the' shaft L4 to impart -aswinging motion to the arm L3, which, by the link L2, imparts a swinging motion to the hinged plate L. Thus, when the latter is swung inward,` it presses against the extension end of' the spring-pressed pawl H5, to swing the freeend thereofI out of engagement with the teeth of the ratchet Wheel H6, and consequently this pawl H5 remains inactive relative to the ratchet wheel H.. When the knob L5 is turned in an opposite direction and the plate L is 100 'swung forwardly, then the pawl H5 engages'the teeth 'ofthe ratchet wheel H5, and consequently t-he pawl H5 becomes active, together with the pawl H4, -to count strokes, as previously explained.

In ord/er to indicate how the register is set relative 1 '05 to counting strokes or revolutions, Vthe following device is provided? On the shaft L4 are secured'arms-L5 carrying a s'gn L'i mountedv to slide in suitable guideways A2 arranged on the casing A, and on this sign L2 are arranged the legends, Revolutions and .Strokes, 110 one-above the other (see Fig. 1), lone of the vlege'nds- I appearing at a time through an opening K2 in the dial K. Thus, when the plate Lis in such position that the pawl H5 is active, then'the sign L7 displays theword Strokes linithe opening K2, indicating that th register is set for counting strokes; and when the plate' L has moved'thepa'wl H5 intoan inactive position,` then the sign L7 displays the word Revolutions throught@ opening K2, it being' understood' that vthe plate L, aswell as thesign L7., are simultaneouslyadjusted on 'the operator turning the knob L5.

In order-to turn one, number wheel from the other, as previously mentioned, the following device is provided;` The pin I5'secured on the shaft I and pre- 'viously mentionedfis" sniiiciently long (see-Fig. 5) to 1.25

successively engage .pins N on 4the wheel N mounted to slide on and to turn with a shat N2-'con nected by a'crank N3 with the 10th number whoelJ.

. The'pin wheel N is pressed Aon by a. spring N* to hold vthe same in proper position for the pin I5 to engage the 130 pins N, as above explained. On the shaft N'Z .cured a pin N5 adapted lo actuate is sesucccssively the pins O on a pin wheel O mounted to slide on and to turn with a shaft O2 connected by a cranliO/,with the 100th number wheel J: and the spring Ol holds the pin wheel O in proper position relative to the pin N5. On the shaft O2 is secured a pin O5 for engaging pins P Von the pin wheel P mounted to slide on and to turn with the shaft I connectedA by a crank P3 with rhe l,000th number wheel J5, the pin wheel. P being pressed on by a spring P4 similar to the spring O".- A pin P5 on the shaft P2 serves to actuate the pins Q on a pin wheel Q mounted to sli de on and to turn with a shaft Q2 connected by a crank-Q'5 with the 10,000th number wheel J4, a spring Q4 normally holding the pin wheel Q in proper position. A pin Q5 secured on the shaft. Q2 snccessivelyactuates pins R on a Vp i'n wheel R mounted to slide on and to turn with a shaft Rf, connected by a crank R3 with the 100,000th nurnber wheel J4. A spring R4 presses the pin wheel R to hold the pins R thereof in proper relation to the pin QI".

By reference to Fig. o, it will be seen that the pins N, O, P, Q and R- increase in length to allow free rotation of the pins I5, N5, '05, P5 and Q5 without interfering with the pins N, O, P, Q and R, respectively.

In -orderto stop the turning `of the number wheels J, J, J2, J3, J4 and J5 and re-set the same to zero whenever it is desired to do so, the following arrangement is made: lOn the pin wheels I3, N, O, P, Q and R are formed `racks I, NG, O, PG, QG and'RG, each engaged by a toothed segment S (see Fig; 4), and the several segments S are secured on a longitudinallyextending shaft S journaled in suitable bearings on the frame B. On the shaft S is attached a forwardlyextending arm S2 pivotally connected with a down` wardly-hanging rod S5' extending through the bottom of the casing A and carrying, at its lower end, a knob S4. When the operator pulls the knob S4, a swinging motion is given'to the shaft S and by the segments S and racks I5, No, O5, P, Q0`and R6 a forward sliding mot-ion is given to the several pin wheels I5, i O, P Q and R, to move the same out of engagement with the pins I5, N5, O5, P5 and Q5 and also to move the clutch member or pin wheel I3 out oi engagement with the clutch member H9, so that the number lwheels J, J, J2, J3, J4 and- J5, as well as the shaft I, are stopped, while the ratchet wheel H5 is still rotated; that is, 4the counting is stopped without requiring the stopping oi the machine on which the register is used.

In order to set the several number wheels J, J J 2, J5, J* and J 5 into a zerovposition during the time the pin wheels are moved forwardly on pulling the knobv S", as previously described, the following arrangement is made: Each of the cranks I, N3, O3, P5, Q3 and R3 is engaged by a slotted arm T, and the several slotted arms T are pivotally connected with a bar T (see Figs. 2 and 4) connected by links T2 with a rod T extendingthrough the bottom of the Icasing A to the outside thereof, the lower end oisthe rod being provided with a suitable knob T4. Ourthe rod T3 (sce Fig. 4) is secured or formed a lug T5 adapted'to engage a lug S5 secured or formed on the rod S5, andhence when the knob T4 is pulled down by the operator, then the lug T5 in engagement with the lug S5, pullsl by fours, such as four, eight, twelve, sixteen. etc.. ther down the rod Sd so that the several pin wheels I3, N O, P, Q and Pt are released from the pins I5, N5, O5, P5 and Q5. so that the number Wheels J, J. J2, J?, J* and. J5 are free toturn and are turned to zero posi tionby the action of the cranks I3, N3, O3, P3, Q3 and 7() Rs actuated by the slotted arms T, links T- and rod I3 pulled down by the operator. In order to insure a correct return oi the number wheel. to zero position at the time the knob T4 is pulled, each pin wheel N, O', B, Q and R is provided, at ls'periphcral face, 75 with a recess adapted to be engaged by a spring dog J7 at the time the corresponding number wheel is moved into zero position by the device mentioned. When the number wheels have been reset, as describml, then the knobs T4 and S are pushed upward, back to 80 their former positions, so that the, pin wheels are moved rearwardly to bringthc several parts aga-in in proper relation to each other for turning the number wheels in succession whenever the shaft I is rotated.

The strokes and revolutions of the engine, pump 8o or other machine on which the register is applied may be counted consecutively, or by twos, threes and' fours. In order to count the strokes and revolutions consecutively, it is necessary that the driver D be turned intoisuch position that its shortest wing D is in engagement with the/flanges G and G:I of the crosshead G. When it is desired to count by twos, such as two, four, six, eight, etc., the driver D is turned so that the wing D3 following the shortest wing is in engagement with the cross-head G: and in a like manner when it is desired to count by threes, suoli as three six, nine,` twelve, etc., the driver D turned'to bring the third shortest wing D3 into active position relativ( to the cross-head G; and when it is desired to count the driver D is turned to bring the longest wing Di* in active position relative to the cross-head G. It is understood that the length of the wings D? is so proportioned relative to the pawl and ratchet mechanism, that when the longest wingD3 is in use, the pawls il and H5 turn the ratchet wheel HI the distance of eight teeth for each forward and eight teeth for each backward stroke of the cross-head G and driver D; and when the next longest wing D" is used` the ratchet wheel H is turned the distance.of teeth on eachV full stroke of the cross-head G, and when the third longest Wing D3 is in use, the ratchet wheel H" is turned the distance of four teeth on each full stroke of the cross-head G, and when the shortest wing D is in active position,l the ratchet wheel H is turned the distance of two teeth; In a like manner when the pawl H5 is thrown out of mesh with the ratchet wheel Hf and the pawl H1 is only active, then th(` ratchet wheel H is turned the distance of eight, six, four. or two teeth, according to which of the wings D is active at the time, but it only acts one way, thus counting for a whole. revolution. I

In orderto indicate which of the eonntings is in use -at the time, the following device is provided: On the sleeve D is `mounted to .turn-.and to slide a sprocket l Wheel U, connected by a sprocket chain I" with a `sprocket wheel A2 secured on a shal'l'- if" journaled in suitable bearings l* arranged on the frame l. Ou thi shalt Ui is secured a number wheel I" carrying. on iis peripheral lace, the numerals 1 to yl, one ol which is i3() 'displayed at a time'through an'opening K3 arranged in" the dial- Kl (see Fig. 1).. ``The numerals onthe number wheel U4 are so arranged relative to the wingslDi, that .when the longest Wing D3 is*l in -active position at the` time, then the numeral' l is displayed-in .the opening K3', and when the next following longest wing D3 is in active position, the numeral` appearsin the opening K3, and so on relative'toth'e next 'following wings and'- the corresponding'number's 2 and 1, on the numberA when U4.

When the device is used on a iour plungerpump 'and itisdesired to know thevnumher oi revolutions the pump is making, then` the operator setsthe register to display ffi at' the-opening K? and Revolutions at the openings-K2. The pawl H5 isnow disengaged the ratchet wheel H6 and the longest wing D3 is now'in position to move the link H a full stroke-or eight teeth lof the ratchet wheel H6, on 'the iorwardmotion only,.- v'and hence the' 'pump must make4 a whole'revolirtion "'20- for turning the 'ratchet wheel H6 a distance ,of eight teeth'. As the ratchet wheely H6 has-twenty teeth, it

is evident that the numeral disk .lis 'turned four points for eachrevolution oi'the pump. v When itis desired to indicate strokes, the sign L7 is v clianged to display "Strokes so that the pawl H5 is nl ovedinto active position'and theregister no'w indicates twice as'much vasbefore when-counting revolutions, as both pawls H4 vandll? arevnow active'. v I

In order to indicate the amounto liquid-pumped by the pump during a given time, the following arrangement -is made, 'special reference being-.had to Figs. 2, lland 5: On theshat P2 4.for the 1,000th number Wheel J3 is secured a pinionV'in mesh .with a gear wheel' V journaled on an arm V? mounted to,-swing ld'oseiy on' the shaitP2, and provided, at its free-end, witha downr wardly-extending rod V3 passing through the bottom of the casingv A and carrying, at i'tsohter end, a knob V4. On the shaft of thegear wheel V is secured a .-by theframe'rBfand on theforward end of this-'shaft W is se'ci'ned'fav pointer W indicating-.on a gradetion K4 formes on' asepmre ring-shapes-disk'n5vhe1dm the face oi the dial' K, the 'graduation -Kfrepresenting gallonsvthel zero point being located at the-top of lthe graduation. '-Qn the pointer shaft W' is arranged a .weight W2 for returning the pointer W immediately tol ward and thereby s wfingsthe arm Vz'in a downward direction, to dsengagefthe pinion V? from thewheel 4` Thus the pointer Wt 'canbe immediately returned ,to Vzero 4position whenever itis desired to do so, ori the operator pulling the knob VA in a downward'direction. Normally, however, the pinion V5 and gear wheel VG are in mesh witlr'each `other, and when the pump is working and 'the register is actuated, then 'the rotation of the shait'l.2 causes aturning oi the pointer W by the gearing justdescribed, so that the pointer indicates Now, prcsuming that the pinion V has eight teeth,.the

gear wheel Vfthirty-two' teeth, thepinion-V5 eight teeth, and the gear wheel V1thirtytwo teeth 'and the shaft J3 makes one revolution, then theponter W- makes one-sixteenth oa turn on the dial,-V5;-that is, indicatesf10,000 gallons. i i .If the device is tobe used on a three-plunger pump, oidieren't 'capacityf then'it is only necessary to set the driver D correspondingly and change the dial K5, vas aboveexplained.' y

The dials Kand K5 are preferably protected by a diskX of glass or other -suitable transparent material, and secured to the casing A.

Having thus described the invention, I claim as new anddesire to-secure by Letters Patent:-

'1. A register comprising a number wheel, a reciprocatihg cross l1ead,'a connection between the cross heud and the number wheel, whereby to transform the reciprocatory movement of the cross head into rotary movement of the connected with the said cross-head, number wheels, mech f anism for the same adapted to be driven from the said ratchet wheel, and manually controlled means forV .throwing one of the said pawl devices out` of action.

3. A register comprising a dial, alpolnter therefor, cross h ead, mechanism connected with the said cross head for turning the said pointer, a reciprocating 'driver'for reciprocating the cross head, and means for varying the relative movement 'of the cross h 'ead and the driver.

4. A register for pumps comprising' a driver receiving a uniform reclprocatingmoton from the pump on which the register is used, the driverl having actuating parts 0f different sizes, each of which parts can be brought into an active position, arid a mechanism for indicating the amount of liquid pumped by the machine, the said mechanism being actuatedvby one of the said actuating parts of the said driver.-

5. A register for pumps comprsngmeans. for registering the amount of 'liquid pumped by the pump, means con-y nected with the .pump for actuating the registering means, and means for varying the relation between the register ing means and the actuating means in ,accordance with the area `of the pump plunger.

6'. A register for pumps comprising a driveuniformly veciprocated from a part of the pump, the driver having 'a pluralityof wings of di'erent lengths, either of which may he .moved into an operative position, a cross-head mounted to reciprocate and adapted to,be engaged by the driver Wing which is in an operativepos'ition atthe time, and registering means actuated by the said cross-head.

7. A register for pumps comprising 4a driver uniformly reciprocated from a part of the pump, the driver having a plurality of wings of vdierent lengths, either of which may be moved into an operative position, across-head mounted to reciprocate and adapted to be engaged by the dfriverjving which is in an operative. position at the time, a ratchet wheell and pawl mechanism actuated fromthe said cross-head, a dial, a pointer 'forthe same, and a driving gear orthe said pointer connected vwith the said ratchet wheel and pawl mechanism. v l

8. A regstercomprising a plurality of number wheels, shafts provided with cranks engaging the said number .vwheels, means for intermittently rotating one shaft rom th next adjacent one, means for driving the shait o the unit number wheel, and a manually controlled device engaging the said cranks for simultaneously turning the said number wheels toiero position. y

9. A register comprising a plurality of number wheels, lshafts provided with cranks engaging the said number wheels, means for intermittently rotating oneshuft from the neit adjacent one, means for driving the shaft of the CII unit numher wheel, a bar carrying slotted links engaging thc said cranks, and means under the control of the opcratqr, connected with the said bar for turning the said number wheels simultaneously to zero position.

1U. A register provided with a plurality of number wheels, shafts having cranks connected with the said numher whecs, manually controlled means engaging the said cranks for turning the number wheels simultaneously to zcro position, pin wheels mounted to slide on and to turn with the said shafts, each shaft having a pin for engaging the pins of the next following pin wheel, and manually controlled releasing means for imparting a simultaneous .sliding motion to the pin wheels on the said shafts for discngaging the pin wheels from the said pins.

1 1. A register provided with a plurality of number wheels/shafts having cranks connected With'the said numhcr wheels. manually controlled means engaging the said cranks for turning the number wheels simultaneously to zero position, pin wheels mounted to slide on and tov turn with the said shafts, each shaft having a nin for engaging the pins of the next following pin wheel, manualli controlled means for imparting a simultaneous sliding motion to the pin wheels on the said' shafts, 'a clutch mechanism for connecting the shaft for the unit number wheel with its pin wheel, and means for driving the said clutch mechanism for the unit number wheel in accordance with the revolutions or strokes of the machine on which the device is applied.

1L. A register for pumps comprising a driver uniformly reciprocated from a part of the pump, the driver having a pluralityY of wings of different lengths, either vof which may be moved into an operative position, a cross-head mounted to reciprocate and adapted to` be engaged by the driver wing which is in an operative position at the time, registering means actuated by the said cross-hcad, and means operating in conjunction with the said driver for indicating which of the wings is in operative position at the time.

125. A register for pumps comprising a driver uniformly rcciprocated from `a part of the pump, the driver having a plurality of wings of different lengths, either of which may he moved into an operative position, a crosshead mounted to reciprocate and adapted to be engaged by the driver wing which is in an operative position at the time, registering means actuated by the said cross-head, a numlicr wheel for indicating which of the wings is in operative position at the time, and a pulley and belt connection for connccting the said number wheel with the said drivel-,

il. A register comprising a reciprocating cross-head, 4a ratchet wheel, two pawl devices for the said ratchet wheel connected with the said cross-head, number Wheels,

mechanism for' the same adapted' to be driven from the said ratchet wheel, manually controlled -means for throwing' one of the said pawi devices outof action, and a sign actuated by the said means toindicate revolutions or strokes.

15. A mechanical movement comprising a driver having a uniform reciprocating movement and provided with wings of different lengths extending in the direction of the movement oiI the driver, and a cross-head adapted to be engaged by eitherof the said wings to impart a varying reciprocating motion to the cross-head from the said driver.

16. A mechanical movement comprising a shaft' adapted io be turned by the operator, a. sleeve mounted to slide on the said sliaft and adapted to turn with the same, a plir rality of longitudinally-extending radially-disposed wings on the said sleeve of different lengths, and a cross-head having flanges for receiving one of the said wings on turning the sleeve.

1T. A register for pumps comprising a driver` receiving n. uniform reciprocating motion from the pump o n which the register is used, the driver having actuating parts of different sizes, each of which parts can be brought into an active position,A and a" mechanism for indicating the amount of liquid pumped by the machine, the said mechanism being actuated by one of the said actuating parts of the said driver, the said mechanism comI ing an interchangeable graduated dial, a pointer indhating on ie ,said dial, and means for imparting motion to the said pointer from the actuating'part of the said driver.

18. A register comprising a driver receiving a uniform reciprocating motion from the machine on Which-the register is used, the driver having actuating parts of dierent sizes, each of which parts can he brought into an active position, a ratchet wheel, .two pawls actuated from the said driver-and adapted to engage the said ratchet wheel, a unit shaft, a clutch mechanism for connecting the said ratchet wheel with the said unit shaft, and a unit wheel on the said unit shaft.

l19. A register comprising a driver receiving a uniform reciprocating motion from the machine on which the register is used, the driver having actuating parts of different sizes, each of which parts can be brought into an active position, a ratchet wheel, two pawls' actuated from 'the said driver and adapted to engage the said ratchet Wheel, a unit shaft, a clutch mechanism for connecting the said ratchet wheel with the said unit shaft, a unit wheel-on the said unit shaft, and'manuaily controlled means for throwing the said clutch mechanism in or out of gear.

,20. A register comprising a driver receiving a uniform n reciprocating motion from the machine on which the register is used, the driver having actuating parts of different sizes, each of which parts can be brought into .in active position, a ratchet Wheel, two pawls actuated from the said driver and adapted to engage the said ratchet wheel, a unit shaft, a clutch mechanism for connectingl the sa'id ratchet wheel with the said unit shaft, a seriesof number wheels driven from the said unit shaft, manually controlled means for throwing the said clutch mechanism out of gear, and manually controlled means connected -with the said number wheels for returning the same to zero position.

21. A register comprising a driver receiving a uniform reciprocating motion from the machinen which 'the regl ister is used, the driver having actuating parts of different sizes, each of which parts can be brought into an active position, a ratchet wheel, two pawls actuated` from the said'driver and adapted to engage the said ratchet wheel, a unit shaft, a clutch mechanism for connecting the said ratchet wheel with the said unit shaft, a series of number wheels driven from the said unit shaft, a pointer geared with one of the shafts of the said number wheels, and an interchangeable graduated dial on which indicates thc said pointer.

:22. A register provided with a plurality of number wheels, shafts having cranks connected with the said nunr ber wheels, manually controlled means engaging the said cranks for turning the number wheels simultaneously to zero position, pin wheels mounted to slide on and to turn with the said shafts, each shaft having a pin for engaging the pins of the nextl following pin wheel, manuallycontrolled releasingl means for imparting a simultaneous sliding motion to the pin wheels on thc said shafts for disengaging the pin wheels from the said pins, and mauually controlled setting means controlling the said releasing means for re-setting the numeral wheels to zero position.

23. A register, comprising a number wheel, a cross head, a reciprocating driver for operating the cross head, a connection between the cross head and the number wheel, whereby the movement of 'the cross headwill rotate said number wheel, and means for varying the relative movement of the cross head and the driver.

In testimory whereof I have signed my name to this specification in the presence of two subscribing witnesses.

LOUISE A. SALTER,

Samuel J. Salter, de

Administrativa of thecstate of ceased.

Witnesses 1 Mani' Sevran, JN0. G. M rrrs, Jr. 

